chanelink logo
CHANELINK
Polski

BLM Launches Tunable 4kW Five Axis Laser Cutting System

218
2023-10-11 11:40:02
Zobacz tłumaczenie

Recently, the Italian laser pipe processing group BLM Group announced the launch of an LT-Free five axis laser cutting system that can be used for laser cutting and processing of any three-dimensional metal profile, including bending forming, hydraulic forming, extrusion forming, deep drawing forming, flat or stamped forming of pipe fittings or plates.

This five axis laser cutting system can provide up to 4kW of fiber laser power, which is suitable for processing low-carbon steel/copper/aluminum/brass/stainless steel/galvanized steel.

(Image source: BLM Group)
The company stated that it can complete finished product processing within a single work cycle, eliminating the handling and storage of semi-finished products, and improving productivity, ultimately reducing raw material handling costs, simplifying the entire production process, and saving inventory space.

In addition, it can also achieve trimming and parameter design cutting on curves. By laser cutting, the processed parts will not deform, and the 5-axis LT-FREE ensures machining accuracy and repeatability.

Users can choose the material type and thickness through the controller, and the machine automatically sets cutting parameters and the optimal focus position. A series of operations such as cutting, drilling, punching, milling, and deburring can be completed sequentially on a single machine. You can import 3D models of parts in the office, program machining cycles and robots, and then use ArtCut to simulate the cutting process to obtain machining time. All work is done offline and can be directly put into production. On the device, users can make modifications through the touch screen with an extremely simple and clear graphical interface, set up micro connections, and activate Active Tools active tools.

Source: OFweek

Powiązane rekomendacje

  • Redefining optical limits: Engineers discover enhanced nonlinear optical properties in 2D materials

    Recently, according to a paper published in Nature Communications titled "Phonoenhanced nonlinearities in hexagonal boron nitride," engineers from Columbia University collaborated with theoretical experts from the Max Planck Institute of Material Structure and Dynamics to discover that pairing lasers with lattice vibrations can improve the nonlinear optical properties of layered two-dimensional ma...

    2024-02-23
    Zobacz tłumaczenie

  • Additive manufacturing of free-form optical devices for space use

    A group of researchers and companies are using the iLAuNCH Trailblazer program to develop and identify new optical manufacturing processes and materials for space flight applications, and demonstrating them in space cameras.The University of South Australia, together with SMR Australia and VPG Innovation, will utilize an emerging optical manufacturing technology called freeform optics, which is no...

    2023-12-04
    Zobacz tłumaczenie

  • Multiple international laser companies continue to increase investment in the Chinese market

    In early spring of 2025, China's laser industry once again attracted the attention of global laser giants, ushering in a new wave of international investment boom.After several global laser giants accelerated their layout in China in 2024, in February 2025, Carl Zeiss from Germany and Bystronic from Switzerland, two global giants in the optical and laser fields, also announced significant expansio...

    02-15
    Zobacz tłumaczenie

  • Trumpf Laser releases latest fiscal year data

    Recently, German laser giant Trumpf released data for the fiscal year 2023/24. The latest financial report shows that the group's sales decreased by 4% and order volume decreased by 10% in the fiscal year 2023/24.Despite these setbacks, Germany has become the company's strongest single market for the first time in many years, highlighting a shift in market dynamics.At the end of this fiscal year, ...

    2024-07-19
    Zobacz tłumaczenie

  • Progress in Research on Transparent Ceramics for 3D Printing Laser Illumination at Shanghai Institute of Optics and Mechanics

    It is reported that the Research Center for Infrared Optical Materials of the Chinese Academy of Sciences Shanghai Institute of Optics and Fine Mechanics has made progress in the research of additive manufacturing (3D printing) transparent ceramics for laser illumination.Recently, the Research Center for Infrared Optical Materials of the Shanghai Institute of Optics and Precision Mechanics, Chines...

    2023-10-17
    Zobacz tłumaczenie